| Variables | |
| int | ighcn1 | 
| int | ighcn2 | 
| int | ignoth | 
| int | ignh31 | 
| int | ignh32 | 
| int | ifhcnd | 
| int | ifhcnc | 
| int | ifnh3d | 
| int | ifnh3c | 
| int | ifnohc | 
| int | ifnonh | 
| int | ifnoch | 
| int | ifnoth | 
| int | ifhcnr | 
| int | icnohc | 
| int | icnonh | 
| int | icnorb | 
| int icnohc | 
NO consumption by reaction HCN + NO -> products
| int icnonh | 
NO consumption by reaction NH3 + NO -> products
| int icnorb | 
NO consumption by "Reburning"
| int ifhcnc | 
release o fHCN during heterogeneous combustion
| int ifhcnd | 
release of HCN during devolatilisation
| int ifhcnr | 
NO formation by "Reburning"
| int ifnh3c | 
release of NH3 during heterogeneous combustion
| int ifnh3d | 
release of NH3 during devolatilisation
| int ifnoch | 
release of NO during heterogeneous combustion
| int ifnohc | 
NO formation by reaction HCN + O2 -> NO + ...
| int ifnonh | 
NO formation by reaction NH3 + O2 -> NO + ...
| int ifnoth | 
thermal NO formation
| int ighcn1 | 
conversion of HCN to NO: exp(-e1/rt)
| int ighcn2 | 
conversion of HCN to NO: exp(-e2/rt)
| int ignh31 | 
conversion of NH3 to NO: exp(-e4/rt)
| int ignh32 | 
conversion of NH3 to NO: exp(-e5/rt)
| int ignoth | 
thermal NO (Zel'dovitch): exp(-e3/rt)